FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2048264530> ?p ?o ?g. }

• W2048264530 endingPage "283" @default.
• W2048264530 startingPage "266" @default.
• W2048264530 abstract "The nutritional condition of cultured Sagmariasus verreauxi juveniles over the molt and during starvation was investigated by studying their metabolism, bioenergetics of nutrient reserves, and hemolymph biochemistry. Juveniles were shown to downregulate standard metabolic rate by as much as 52% within 14 d during starvation. Hepatopancreas (HP) lipid was prioritized as a source of energy, but this reserve represented only between 1% and 13% of the total measured energy reserve and was used quickly during starvation, especially in the immediate postmolt period when as much as 60% was depleted within 3 d. Abdominal muscle (AM) protein represented between 74% and 90% of the total measured energy reserve in juvenile lobsters, and as much as 40% of available AM protein energy was used over 28 d of starvation after the molt. Carbohydrate reserves represented less than 2% of the measured total energy reserve in fed intermolt lobsters and provided negligible energy during starvation. Eighteen hemolymph parameters were measured to identify a nondestructive biomarker of condition that would reflect accurately the state of energy reserves of the lobster. Among these, the hemolymph Brix index was the most accurate and practical method to predict HP lipid and the total energy content of both the HP and the AM in juvenile S. verreauxi. The Brix index was strongly correlated with hemolymph proteins, triglyceride, cholesterol, calcium, and phosphorus concentrations, as well as lipase activity; all were useful in predicting condition. Electrolytes such as chloride, magnesium, and potassium and metabolites such as glucose and lactate were poor indicators of nutritional condition. Uric acid and the albumin-to-globulin ratio provided complementary information to the Brix index, which may assist in determining nutritional condition of wild juvenile lobsters of unknown intermolt development. This study will greatly assist future ecological studies examining the nutritional condition of juvenile lobsters in the wild, as well as the development of husbandry protocols and feeds for aquaculture." @default.
• W2048264530 created "2016-06-24" @default.
• W2048264530 creator A5041830226 @default.
• W2048264530 creator A5047878268 @default.
• W2048264530 creator A5060668909 @default.
• W2048264530 creator A5063329344 @default.
• W2048264530 creator A5069568730 @default.
• W2048264530 date "2015-05-01" @default.
• W2048264530 modified "2023-10-03" @default.
• W2048264530 title "Bioenergetics of Nutrient Reserves and Metabolism in Spiny Lobster Juveniles<i>Sagmariasus verreauxi</i>: Predicting Nutritional Condition from Hemolymph Biochemistry" @default.
• W2048264530 cites W1869832206 @default.
• W2048264530 cites W1967127624 @default.
• W2048264530 cites W1968483457 @default.
• W2048264530 cites W1971856798 @default.
• W2048264530 cites W1974255222 @default.
• W2048264530 cites W1975566123 @default.
• W2048264530 cites W1979200134 @default.
• W2048264530 cites W1982286763 @default.
• W2048264530 cites W1984966203 @default.
• W2048264530 cites W1985739505 @default.
• W2048264530 cites W1988628091 @default.
• W2048264530 cites W1991342322 @default.
• W2048264530 cites W1993057849 @default.
• W2048264530 cites W1996719136 @default.
• W2048264530 cites W1997276991 @default.
• W2048264530 cites W2001635616 @default.
• W2048264530 cites W2005692737 @default.
• W2048264530 cites W2005943501 @default.
• W2048264530 cites W2007365857 @default.
• W2048264530 cites W2008486542 @default.
• W2048264530 cites W2013506128 @default.
• W2048264530 cites W2020549809 @default.
• W2048264530 cites W2023368149 @default.
• W2048264530 cites W2024811176 @default.
• W2048264530 cites W2034962277 @default.
• W2048264530 cites W2041090209 @default.
• W2048264530 cites W2043885932 @default.
• W2048264530 cites W2044143177 @default.
• W2048264530 cites W2044844955 @default.
• W2048264530 cites W2048569445 @default.
• W2048264530 cites W2048577186 @default.
• W2048264530 cites W2049455677 @default.
• W2048264530 cites W2051690844 @default.
• W2048264530 cites W2053072976 @default.
• W2048264530 cites W2053466034 @default.
• W2048264530 cites W2064172557 @default.
• W2048264530 cites W2064499274 @default.
• W2048264530 cites W2070904377 @default.
• W2048264530 cites W2075423854 @default.
• W2048264530 cites W2076530666 @default.
• W2048264530 cites W2078787400 @default.
• W2048264530 cites W2083564361 @default.
• W2048264530 cites W2084579267 @default.
• W2048264530 cites W2087874141 @default.
• W2048264530 cites W2091694708 @default.
• W2048264530 cites W2097607777 @default.
• W2048264530 cites W2103422290 @default.
• W2048264530 cites W2103604815 @default.
• W2048264530 cites W2104386709 @default.
• W2048264530 cites W2104757836 @default.
• W2048264530 cites W2114512588 @default.
• W2048264530 cites W2119104413 @default.
• W2048264530 cites W2120173163 @default.
• W2048264530 cites W2126959060 @default.
• W2048264530 cites W2152302201 @default.
• W2048264530 cites W2152311269 @default.
• W2048264530 cites W2154834644 @default.
• W2048264530 cites W2161487458 @default.
• W2048264530 cites W2171851075 @default.
• W2048264530 cites W2218345385 @default.
• W2048264530 cites W4230414091 @default.
• W2048264530 cites W4231256641 @default.
• W2048264530 cites W4236361080 @default.
• W2048264530 cites W4238427863 @default.
• W2048264530 cites W4244720856 @default.
• W2048264530 cites W4248237722 @default.
• W2048264530 cites W4250947465 @default.
• W2048264530 doi "https://doi.org/10.1086/681000" @default.
• W2048264530 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25860826" @default.
• W2048264530 hasPublicationYear "2015" @default.
• W2048264530 type Work @default.
• W2048264530 sameAs 2048264530 @default.
• W2048264530 citedByCount "51" @default.
• W2048264530 countsByYear W20482645302016 @default.
• W2048264530 countsByYear W20482645302017 @default.
• W2048264530 countsByYear W20482645302018 @default.
• W2048264530 countsByYear W20482645302019 @default.
• W2048264530 countsByYear W20482645302020 @default.
• W2048264530 countsByYear W20482645302021 @default.
• W2048264530 countsByYear W20482645302022 @default.
• W2048264530 countsByYear W20482645302023 @default.
• W2048264530 crossrefType "journal-article" @default.
• W2048264530 hasAuthorship W2048264530A5041830226 @default.
• W2048264530 hasAuthorship W2048264530A5047878268 @default.
• W2048264530 hasAuthorship W2048264530A5060668909 @default.
• W2048264530 hasAuthorship W2048264530A5063329344 @default.
• W2048264530 hasAuthorship W2048264530A5069568730 @default.
• W2048264530 hasConcept C100068826 @default.

• next